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    • 36. 发明授权
    • Drive slip regulating system
    • 驱动滑动调节系统
    • US5366282A
    • 1994-11-22
    • US932337
    • 1992-08-19
    • Johannes SchmittPeter Rupp
    • Johannes SchmittPeter Rupp
    • B60K28/16B60T8/175F02D29/02B60T8/70
    • B60K28/16B60T8/175B60T2270/206
    • Engine speed is measured at successive moments and the gradient DN.sub.mot of the engine speed is determined based on successively measured engine speeds. Speeds of the driven wheels are measured and used to generate wheel speed signals, which in turn are used to control slippage of the driven wheels. The wheel speed signals are subject to a rise limitation dependent on the gradient DN.sub.mot of the engine speed. In a preferred embodiment the rise limitation is active when the vehicle is in first gear, the gradient DN.sub.mot is positive, VABS (n) is greater than or equal to VASR(n-1) , and VABS(n) is greater than or equal to VASR(n-1)+DN.sub.mot /K, where VABS(n) is a wheel speed signal generated by the ABS at moment n and VASR(n-1) is the wheel speed signal generated by the ASR in the previous moment.
    • 发动机速度在连续时刻测量,发动机转速的梯度DNmot是根据相继测得的发动机转速来确定的。 驱动轮的速度被测量并用于产生车轮速度信号,这又用于控制从动轮的滑动。 车轮速度信号受到上升限制,取决于发动机转速的梯度DNmot。 在优选实施例中,当车辆处于第一档位时,上升限制有效,梯度DNmot为正,VABS(n)大于或等于VASR(n-1),VABS(n)大于或等于 到VASR(n-1)+ DNmot / K,其中VABS(n)是由ABS在时刻n产生的车轮速度信号,VASR(n-1)是由ASR在前一时刻产生的车轮速度信号。
    • 39. 发明申请
    • Spatial Arrangement of a Plurality of Communication Devices and Method for Determining the Spatial Position of a Device
    • 多种通信设备的空间布置以及用于确定设备的空间位置的方法
    • US20130084889A1
    • 2013-04-04
    • US13696152
    • 2010-05-07
    • Johannes SchmittAndreas ReinhardtMatthias Kropff
    • Johannes SchmittAndreas ReinhardtMatthias Kropff
    • H04W24/00
    • H04W24/00G01S1/68G01S5/0009
    • In order to determine the spatial position of a device (D), the device receives position data relating to a plurality of transmitters (T1, . . . , Tn) in the area surrounding the device, each of which transmitters emits its own position data in the form of radio signals (PS1, . . . , PSj). The device uses the received position data relating to at least some of these transmitters to determine its own position. The transmitters are parts of a plurality of second communication devices (T1, . . . , Tn) each having at least two radio interfaces (RI1, RI2) of a first type (RI1) and of a second type (RI2) in a network (N) of a plurality of first communication devices (AP1, . . . , APm) each having at least one radio interface of the second type (RI2), wherein the network is switched via the radio interfaces of the second type (RI2). At least some of the first and second communication devices are set up to emit first signals (BS1, . . . , BSk) via the radio interfaces of the second type (RI2).
    • 为了确定设备(D)的空间位置,设备在设备周围的区域中接收与多个发射机(T1,...,Tn)相关的位置数据,每个发射机发射自己的位置数据 以无线电信号(PS1,...,PSj)的形式。 该设备使用与这些发射机中的至少一些相关的接收位置数据来确定其自己的位置。 发射机是多个第二通信设备(T1,...,Tn)的部分,每个第二通信设备具有网络中的第一类型(RI1)和第二类型(RI2)的至少两个无线电接口(RI1,RI2) (RI2)的多个第一通信设备(AP1,...,APm)中的每一个具有至少一个无线接口(RI2)的多个第一通信设备(N),其中,经由第二类型(RI2)的无线接口 。 第一和第二通信设备中的至少一些被设置成经由第二类型(RI2)的无线电接口发射第一信号(BS1,...,BSk)。